Modular Health Exposure Sensor System

2. The health exposure sensor system of claim 1, wherein the housing comprises a base configured for securement of the monitoring platform and a lid configured to mate with the base.

3. The health exposure sensor system of claim 1, wherein the housing further comprises an air intake filter disposed in a flow path of the one or more manifolds.

4. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises an air intake system, the air intake system comprising an air pump configured to propel the atmosphere surrounding the housing to the at least one modular gas sensor through the one or more manifolds.

5. The health exposure sensor system of claim 1, wherein each data port and each data port interface comprise USB type connectors allowing each modular gas sensor and the data ports to communicatively connect.

6. The health exposure sensor system of claim 1, wherein each UART peripheral and each USB peripheral may be selectively enabled individually.

7. The health exposure sensor system of claim 1, wherein each modular gas sensor is operable to be removed from each data port of the monitoring platform and connected to a USB port of a computing device, the computing device powering each modular gas sensor via the connection to each USB port and accessing a real-time readout of measurements by each modular gas sensor.

8. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises one or more ancillary sensor modules communicatively connected with the monitoring platform, each ancillary sensor modules configured to monitor atmospheric parameters beyond those monitored by the at least one modular gas sensor.

9. The health exposure system of claim 8, wherein the one or more ancillary sensor modules are selected to monitor one or more of sound intensity, radiation, temperature, pressure, and humidity.

10. The health exposure sensor system of claim 8, wherein the one or more ancillary sensor modules interface with the circuit board via one or more of the data ports.

11. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises a graphical user interface (GUI) affixed to or integral with the housing for user interaction with the microprocessor and/or each modular gas sensor.

12. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises a wireless data transmitter configured to interact with a mobile computing unit providing a graphical user interface (GUI) for user interaction with the microprocessor and/or each modular gas sensor.

13. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises one or more atmospheric sensors connected to the circuit board for monitoring one or more of temperature, pressure, and humidity of the atmosphere surrounding the housing.

14. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises a particulate sensor module communicatively connected with the monitoring platform, the particulate sensor module configured to monitor particulates in the atmosphere surrounding the health exposure sensor system.

15. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises one or more data storage modules.

16. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises a global positioning system (GPS) configured to correlate data received from each modular gas sensors and/or each ancillary sensor modules with location of sampling.

17. The health exposure sensor system of claim 1, wherein the health exposure sensor system further comprises an external power port configured for connection to a power source separate from the health exposure system to allow for recharging or augmentation of the power source provided as a component of health exposure monitoring system.

18. The health exposure system of claim 1, wherein the system is sized and configured to be unobtrusively worn on the person or apparel of a user.

20. The method of claim 19, wherein each UART peripheral is enabled for communication internally within the health exposure sensor system.

21. The method of claim 19, wherein each USB peripheral is enabled for communication with a USB device external to the health exposure sensor system.